negotiator.boaframework

Class AcceptanceStrategy

java.lang.Object

negotiator.boaframework.AcceptanceStrategy

Direct Known Subclasses:

AC_ABMP, AC_AgentFSEGA, AC_AgentK, AC_AgentK2, AC_AgentSmith, AC_BRAMAgent, AC_Combi, AC_CombiAvg, AC_CombiBestAvg, AC_CombiBestAvgDiscounted, AC_CombiMax, AC_CombiMaxInWindow, AC_CombiMaxInWindowDiscounted, AC_CombiProb, AC_CombiProbDiscounted, AC_CombiV2, AC_CombiV3, AC_CombiV4, AC_Const, AC_ConstDiscounted, AC_False, AC_Gahboninho, AC_Gap, AC_HardHeaded, AC_IAMcrazyHaggler, AC_IAMHaggler2010, AC_IAMHaggler2011, AC_Next, AC_NiceTitForTat, AC_Nozomi, AC_Previous, AC_TheNegotiator, AC_Time, AC_True, AC_ValueModelAgent, AC_Yushu, Multi_AcceptanceCondition

public abstract class AcceptanceStrategy
extends java.lang.Object

Describes an acceptance strategy of an agent of the BOA framework. Tim Baarslag, Koen Hindriks, Mark Hendrikx, Alex Dirkzwager and Catholijn M. Jonker. Decoupling Negotiating Agents to Explore the Space of Negotiation Strategies

Author:

Alex Dirkzwager, Mark Hendrikx

Field Summary

Fields

Modifier and Type	Field and Description
protected SharedAgentState	helper Reference to the helper-object, which is used when there is overlap between the acceptance condition and offering strategy.
protected NegotiationSession	negotiationSession Reference to the object which holds all information about the negotiation.
protected OfferingStrategy	offeringStrategy Reference to the offering strategy.

Constructor Summary

Constructors

Constructor and Description
AcceptanceStrategy()

Method Summary

Methods

Modifier and Type	Method and Description
abstract Actions	determineAcceptability() Determines to either to either accept or reject the opponent's bid or even quit the negotiation.
void	init(NegotiationSession negotiationSession, OfferingStrategy offeringStrategy, java.util.HashMap<java.lang.String,java.lang.Double> parameters) Standard initialize method to be called after using the empty constructor.
boolean	isMAC() Method which states if the current acceptance strategy is the Multi-Acceptance Strategy.
java.lang.String	printParameters()
void	setOpponentUtilitySpace(BilateralAtomicNegotiationSession fNegotiation) Method which may be overwritten to get access to the opponent's utilityspace in an experimental setup.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

negotiationSession

protected NegotiationSession negotiationSession

Reference to the object which holds all information about the negotiation.

offeringStrategy

protected OfferingStrategy offeringStrategy

Reference to the offering strategy.

helper

protected SharedAgentState helper

Reference to the helper-object, which is used when there is overlap between the acceptance condition and offering strategy.

Constructor Detail

AcceptanceStrategy

public AcceptanceStrategy()

Method Detail

init

public void init(NegotiationSession negotiationSession,
        OfferingStrategy offeringStrategy,
        java.util.HashMap<java.lang.String,java.lang.Double> parameters)
          throws java.lang.Exception

Standard initialize method to be called after using the empty constructor. Most of the time this method should be overridden for usage by the decoupled framework.

Parameters:

negotiationSession - state of the negotiation.

offeringStrategy - of the agent.

parameters - of the acceptance strategy.

Throws:

java.lang.Exception - thrown when initializing the acceptance strategy fails.

printParameters

public java.lang.String printParameters()

Returns:

string representation of the parameters supplied to the model.

setOpponentUtilitySpace

public void setOpponentUtilitySpace(BilateralAtomicNegotiationSession fNegotiation)

Method which may be overwritten to get access to the opponent's utilityspace in an experimental setup.

Parameters:

fNegotiation - reference to negotiation setting.

determineAcceptability

public abstract Actions determineAcceptability()

Determines to either to either accept or reject the opponent's bid or even quit the negotiation.

Returns:

one of three possible actions: Actions.Accept, Actions.Reject, Actions.Break.

isMAC

public boolean isMAC()

Method which states if the current acceptance strategy is the Multi-Acceptance Strategy. This method should always return false, except for the MAC.

Returns:

if AC is MAC.